Researchers develop new DNA microscopy technique
The novel method for imaging molecules in cells and tissue samples, called DNA microscopy, could improve knowledge of disease development.
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The novel method for imaging molecules in cells and tissue samples, called DNA microscopy, could improve knowledge of disease development.
A research team has found that blocking a particular kinase in a mouse model of arrhythmogenic cardiomyopathy led to improved survival rates.
A protein that causes pancreatic ductal adenocarcinoma has been identified as a therapeutic target by researchers.
Researchers have mapped a previously uncharted region of the human genome which could lead to tests for certain conditions in the future.
New research is the first to link maladaptive changes in calcium transport by mitochondria to the progression of Alzheimer's disease.
A team from MIT sequenced bacteria samples from the digestive system which can be accessed by researchers to use in the development of treatments.
Researchers have found a new way to treat the inflammation involved in chronic diseases.
Breast cancer medicines may force some cancer cells into 'sleeper mode', allowing them to potentially come back to life after treatment.
Researchers have discovered that a rare muscle disease causes resistance to HIV-1 infection in patients, providing insight into potential therapies.
A protein discovery could lead to a new and highly potent immune-therapeutic drug for the eradication of cancers using natural killer cells.
New findings suggest a possible new treatment strategy for severe dengue disease using the tryptase inhibitor, nafamostat mesylate.
Targeting a deadly bacteria's use of succinate in the lungs could control infection and improve the health of people with cystic fibrosis.
A gene associated with a rare balance disorder also regulates the behaviour of an enzyme that increases the risk for Alzheimer's disease.
A pharmaceutical target has been identified by Duke University that, when activated, can reverse bone degradation caused by osteoporosis.
A new drug target for treating glioblastoma has been identified from a cellular pathway found to contribute to the spread of glioma stem cells.